At high tide, the water level is 6 feet below a certain pier. At low tide, the water level is 18 feet below the pier. Assuming sinusoidal behavior, let = the water level relative to the pier, at time t (in hours). At t = 0 the water is -12 feet and falling until it reaches the first low tide at t = 3. Give a formula for .

Question

At high tide, the water level is 6 feet below a certain pier. At low tide, the water level is 18 feet below the pier. Assuming sinusoidal behavior, let  = the water level relative to the pier, at time t (in hours). At t = 0 the water is -12 feet and falling until it reaches the first low tide at t = 3. Give a formula for  .

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The Answer of At high tide, the water level is 6 feet below a certain pier. At low tide, the water level is 18 feet below the pier. Assuming sinusoidal behavior, let  = the water level relative to the pier, at time t (in hours). At t = 0 the water is -12 feet and falling until it reaches the first low tide at t = 3. Give a formula for  .

At High Tide, the Water Level Is 6 Feet Below